Amats

• Matemātikas un fizikas institūts - asociētā profesore; institūta direktore

Pieņemšanas laiki

• P 08:30 - 09:30, 212. aud.
  tikai 16.06.2026.

Studiju kursi

• Matemātika II
• Matemātika III
• Matemātika ekonomistiem
• Inženiermatemātika IV
• Matemātika I
• Matemātika II
• Matemātika I
• Matemātika II

Zinātniskās publikācijas

2024
• On period annuli and induced chaos / Svetlana Atslega, Olga Kozlovska, Felix Sadyrbaev
2023
• On mathematical models of artificial neural networks / Inna Samuilik, Felix Sadyrbaev, Svetlana Atslega
• On Mathematical Models of Ariticial Neural Networks / Svetlana Atslēga, Inna Samuilik, Felix Sadyrbaev.
• On the period-amplitude relation by reduction to Liénard quadratic equation / Svetlana Atslēga, Felix Sadyrbaev
2022
• Mathematical modelling of nonlinear dynamic systems / Inna Samuilik, Felix Sadyrbaev, Svetlana Atslega
2021
• Challenges and difficulties of teaching mathematics in Latvian universities during COVID-19 / Natālija Sergejeva, Svetlana Atslēga, Aivars Āboltiņš
• On modelling of complex networks / Svetlana Atslega, Felix Sadyrbaev, Inna Samuilik
• Problems and solutions of acquiring mathematical knowledge at university during Covid-19 crisis / Natālija Sergejeva, Svetlana Atslēga, Aivars Āboltiņš
2020
• A remark on attracting sets in genetic regulatory networks / Felix Sadyrbaev, Svetlana Atslēga
• On modelling of artificial networks arising in applications / Svetlana Atslega, Felix Sadyrbaev
• Dynamical models of interrelation in a class of artificial networks / Felix Sadyrbaev, Svetlana Atslega, Eduard Brokan.
2019
• One of opportunities to reduce student dropouts / Aivars Aboltins, Svetlana Atslega, Natalija Sergejeva, Liene Strupule
2018
• On a differential system arising in networks regulation theory / Svetlana Atslēga, Felix Sadyrbaev
• Development of students registration system for the consultation visit / Eric Shishko, Svetlana Atslega
2017
• On systems arising in gene regulation theory / Felix Sadyrbaev, Svetlana Atslega
2016
• On a planar dynamical system arising in the network control theory / Svetlana Atslega, Dmitrijs Finaskins, Felix Sadyrbaev
• Solutions of two-point boundary value problems via phase-plane analysis [elektroniskais resurss] / Svetlana Atslega, Felix Sadyrbaev
2015
• Comparison of facial recognition algorithms / Zane Āriņa, Svetlana Atslēga
2014
• Importance of theoretical knowledge in mathematics studies in engineering programs / Anda Zeidmane, Svetlana Atslega
• On limit cycles in period annuli / Svetlana Atslega
• On limit cycles in liénard type equations / Svetlana Atslega
• Correlation between learning process during the semester and exam results in mathematics / Svetlana Atslega, Anda Zeidmane
2013
• Contemporary teaching and learning process in mathematics using mathematical software / Svetlana Atslega, Anda Zeidmane
• Limit cycles generated in polynomial Hamiltonian systems / Svetlana Atslega
• On periodic solutions of Liénard type equations / Svetlana Atslega, Felix Sadyrbaev
• The comparing MathCad and Wolfram Alpha in the process of integration of some functions / Svetlana Atslēga, Anda Zeidmane
2012
• On existence of multiple limit cycles in Hamiltonian systems / Svetlana Atslega, Felix Sadyrbaev
• Integration of some rational and irrational functions using software "Mathcad"/ Olga Panova, Svetlana Atslega
• The role of computer in the process of integration of some functions / S. Atslega, O. Panova
• On MathCad application in the mathematics courses for engineers / Svetlana Atslega
• Limit cycle in the Fučik equation / Svetlana Atslega
2011
• Multiplicity of solutions for the Dirichlet problem: comparison of cubic and quintic cases / Svetlana Atslega, Felix Sadyrbaev
• On periodic solutions of liénard type equations / Svetlana Atslega, Felix Sadyrbaev
2008
• Period annuli in the Lienard type equation / S. Atslega, F. Sadyrbaev
• Multiple solutions of the second order nonlinear Neumann BVP / F. Sadyrbaev, S. Atslega
• On solutions of Lienard type equations / Svetlana Atslēga
• On solutions of Liénard type equation x"+ f(x)x'2 + g(x) = 0 with polynomial coefficients / Svetlana Atslēga
• On solutions of Neumann boundary value problem for the Liénard type equation / Svetlana Atslēga